…ferent ASCII representations depending on whether the user agent uses IDNA2003 [RFC3490] or IDNA2008 [RFC5890] . Migrating from one IDNA algorithm to another might redraw a number of security boundaries, potentially erecting new security boundaries or, worse, tearing down securit…

…erent ASCII representations depending on whether the user agent uses IDNA2003 [ RFC3490 ] or IDNA2008 [ RFC5890 ]. Migrating from one IDNA algorithm to another might redraw a number of security boundaries, potentially erecting new security boundaries or, worse, tearing down secur…

…tibility, many existing XMPP implementations and deployments support IDNA2003 [ RFC3490 ] for domainparts, and the stringprep [ RFC3454 ] profiles Nodeprep and Resourceprep [ RFC3920 ] for localparts and resourceparts. Saint-Andre Standards Track [Page 15] RFC 7622 XMPP Address F…

…ules are aligned with comparison rules established in current RFCs, including [ RFC3490 ], [ RFC3987 ], and [ RFC4518 ]. * Sections 4.1.2.4 and 4.1.2.6 incorporate the conditions for continued use of legacy text encoding schemes that were specified in [ RFC4630 ]. Where in use by…

…for resolution via the DNS, the name must be transformed to the IDNA encoding [ RFC3490 ] prior to name lookup. URI producers should provide these registered names in the IDNA encoding, rather than a percent-encoding, if they wish to maximize interoperability with legacy URI reso…

… technology for internationalized domain names (IDNs), here called "IDNA2003" [ RFC3490 ], and Nameprep [ RFC3491 ] was the Stringprep profile for IDNs. At the time, Stringprep was designed as a general framework so that other application protocols could define their own Stringpr…

…for resolution via the DNS, the name must be transformed to the IDNA encoding [ RFC3490 ] prior to name lookup. URI producers should provide these registered names in the IDNA encoding, rather than a percent-encoding, if they wish to maximize interoperability with legacy URI reso…

…atibility, many existing XMPP implementations and deployments support IDNA2003 [RFC3490] for domainparts, and the stringprep [RFC3454] profiles Nodeprep and Resourceprep [RFC3920] for localparts and resourceparts. 6. IANA Considerations 6.1. Stringprep Profiles Registry The strin…

…tibility, many existing XMPP implementations and deployments support IDNA2003 [ RFC3490 for domainparts, and the stringprep [ RFC3454 ] profiles Nodeprep and Resourceprep [ RFC3920 ] for localparts and resourceparts. Saint-Andre Standards Track [Page 15] RFC 7622 XMPP Address For…

…for resolution via the DNS, the name must be transformed to the IDNA encoding [ RFC3490 ] prior to name lookup. URI producers should provide these registered names in the IDNA encoding, rather than a percent-encoding, if they wish to maximize interoperability with legacy URI reso…

…DNA2003 The IDNA2003 specification is defined by a cluster of IETF RFCs: IDNA [ RFC3490 Nameprep [ RFC3491 Punycode [ RFC3492 Stringprep [ RFC3454 ]. IDNA2008 The IDNA2008 specification is defined by a cluster of IETF RFCs: Internationalized Domain Names for Applications (IDNA): …

…name part, if present, using the ToASCII operation specified in Section 4.1 of [RFC3490] with the flags UseSTD3ASCIIRules and AllowUnassigned set to TRUE. Escape all additional characters as follows: Each additional character is converted to UTF-8 [RFC3629] as one or more bytes. …

…erent ASCII representations depending on whether the user agent uses IDNA2003 [ RFC3490 ] or IDNA2008 [ RFC5890 ]. Migrating from one IDNA algorithm to another might redraw a number of security boundaries, potentially erecting new security boundaries or, worse, tearing down secur…

…DNA2003 The IDNA2003 specification is defined by a cluster of IETF RFCs: IDNA [ RFC3490 Nameprep [ RFC3491 Punycode [ RFC3492 Stringprep [ RFC3454 ]. IDNA2008 The IDNA2008 specification is defined by a cluster of IETF RFCs: Internationalized Domain Names for Applications (IDNA): …

…I参照 (IRI reference) は、以下のステップを適用してURI参照に変換することのできる文字列である。] ホスト名部が存在する場合には、それを、 [RFC3490] の Section 4.1 に指定された ToASCII 演算を、UseSTD3ASCIIRules フラグと AllowUnassigned フラグを TRUE に設定して使って変換する。 すべての 追加文字 を、以下のとおりエスケーピングする。 それぞれの追加文字を、1個以上のバイトとして、UTF-8 [RFC3629] を変換する。 結果として得られたバイトを、URIエスケ…